Fuente de alimentación conmutada de salida única SED-10000W
SED-10000 is a 10KW single output enclosure AC to DC/DC to DC power supply.
The entire series has an input voltage range of 90-132VAC/180-264VAC (selectable by switch)/254-370VDC, and can provide DC output to meet most industrial needs.Each model can be cooled by an internal speed-controlled fan and the operating temperature can reach 70℃.Built-in functions such as adjustable output voltage and current, remote on/off control, auxiliary power supply and other functions provide a variety of design flexibilityIf you have any questions, please feel free to contact us:Email: [email protected]
- Descripción
Características
Voltage input range: 90-132VAC; 180-264VAC/254-370VDC
Protection type: short circuit/overvoltage/overcurrent
Temperature control fan cooling (optional)
Constant voltage and constant current function
Complete external control function: external signal shutdown, external signal
Control power supply output voltage and current, independent external auxiliary power supply
Parámetros técnicos
| Modelo | SED-10000-24 | SED-10000-36 | SED-10000-48 | SED-10000-60 | SED-10000-72 | SED-10000-96 | SED-10000-108 | SED-10000-150 | SED-10000-220 | |
| Características de salida | voltaje de salida CC | 24V | 36V | 48V | 60V | 72V | 96V | 108V | 150V | 220V |
| Corriente nominal | 375A | El 250A | 188A | 150a | 125a | 94A | 83A | El 60A | 41A | |
| Rango actual | 0-375A | 0 - 250 años a | 0-188A | 0 - 150 años a | 125a | 0-94A | 0-83A | 0-60A | 0-41A | |
| Potencia nominal | 10000W | |||||||||
| Onda | 380 mV por | 450 mV | 500mV | 500mV | 500mV | 600mV | 850mV | 900mV | 1000mV | |
| Rango óptimo de corriente constante | 12-24V | 18-36V | 24-48V | 30 -60V | 36-72V | 48-96V | 54-108V | 75-150V | 110-220V | |
| Precisión de voltaje | ±1.0% | |||||||||
| Regulación de línea | ±1.0% | |||||||||
| Regulación de carga | ±1.0% | |||||||||
| Tiempo de inicio y subida | 1500 mS, 100 mS/230 VCA (completamente cargado) | |||||||||
| Características de entrada | Voltaje de entrada | 180-264 VCA/245-370 VCC | ||||||||
| Rango de frecuencia | 45Hz-65Hz | |||||||||
| Factor de potencia | PF≥0.65/230VAC (completamente cargado) | |||||||||
| eficiencia | 86% | 87% | 88% | 89% | 90% | 90% | 90% | 91% | 91% | |
| Corriente alterna | <89A | |||||||||
| Corriente de fuga | <3,0 mA/240 VCA | |||||||||
| Funciones de protección | Cortocircuito | Introduzca corriente constante | ||||||||
| Sobre temperatura | Apague la salida y recupérela o reiníciela automáticamente después de que baje la temperatura. | |||||||||
| Ajuste del voltaje de salida | 0-13,2 V | 0-26,4 V | 0-39,6V | 0-52,8 V | 0-79,2 V | 0-105,6V | 0-121V | 0-165V | 0-242V | |
| Ajuste de corriente constante de salida | 0-375A | 0 - 250 años a | 0-188A | 0 - 150 años a | 125a | 0-94A | 0-83A | 0-60A | 0-41A | |
| Potenciómetro externo | External potentiometer control (voltage, current)(customizable) | |||||||||
| Voltaje y corriente ajustable | Ajustar por el botón | |||||||||
| Control de voltaje analógico | El voltaje y la corriente se pueden personalizar | |||||||||
| interruptor de control remoto | Default power on, high level power off (customizable) | |||||||||
| Características ambientales | Temperatura de funcionamiento | -20-+60℃ | ||||||||
| Humedad de funcionamiento | -20-90%RH sin condensación | |||||||||
| Temperatura/humedad de almacenamiento | -40-+85℃,10-95%RH sin condensación | |||||||||
| Resistencia a las vibraciones | 10-500 Hz, 2G 10 minutos/ciclo, 60 minutos para cada uno de los ejes X, Y y Z | |||||||||
| Seguridad y compatibilidad electromagnética | Resistencia a aislamiento | Entrada a salida: 100Mhms/500VDC/25℃/70%RH | ||||||||
| Resistencia a la presión | I/P-0/P:1.2KVAC I/P-FG:1.2KVAC 0/P-FG:0.5KVAC | |||||||||
| Tamaño del producto | 415*222.8*172mm(L*W*H) | |||||||||
| Peso neto | 14.2 KG | |||||||||
| Observación | 1. Todos los parámetros se miden con un voltaje de entrada de 230 VCA, carga nominal y 25 ℃, a menos que se especifique lo contrario. 2. La ondulación y el voltaje de ruido se miden con un osciloscopio de ancho de banda de 20 MHz con condensadores de 0,1 μ y 47 μ agregados al extremo de un par trenzado de 12 pulgadas y se miden con un ancho de banda de 20 MHz. 3. Precisión: incluye error de ajuste, tasa de regulación lineal y tasa de regulación de carga. 4. La salida debe ser reducida en condiciones de baja tensión de entrada, por favor refiérase a la curva característica estática para más detalles. 5. El tiempo de arranque se mide bajo arranque en frío, y el cambio frecuente puede aumentar el tiempo de arranque.” | |||||||||
Curva característica estática
Preguntas frecuentes
Q1: How do I choose the right SED-10000W switching power supply for an industrial application?
Choose the power supply based on the required output voltage, continuous load current, peak current, total power demand, input voltage, and operating environment. The SED-10000W is designed for high-power industrial applications that require a stable single DC output. For continuous operation, it is recommended to leave sufficient power margin rather than running the power supply at its maximum rated load for long periods.
Q2: What industrial applications are suitable for a 10000W switching power supply?
A 10000W switching power supply can be used in high-power industrial equipment, automation systems, testing equipment, communication systems, large LED systems, machinery, and other applications that require substantial DC power. The exact suitability depends on the required output voltage, load characteristics, cooling conditions, and installation environment.
Q3: What are the advantages of a high-power switching power supply?
High-power switching power supplies provide high conversion efficiency, compact power density, lower weight, and reduced energy loss compared with many traditional linear power supplies. For high-power industrial systems, these advantages can help reduce heat generation, cabinet space, and overall power consumption.
Q4: How does the SED-10000W switch mode power supply work?
The SED-10000W converts incoming AC power into regulated DC power through high-frequency switching circuitry. This high-frequency conversion allows the power supply to achieve higher efficiency and smaller size than conventional linear designs. Proper wiring, grounding, ventilation, and load sizing are important for reliable operation at high power levels.
Q5: What should I confirm before ordering a 10000W industrial power supply?
Before ordering, confirm the required output voltage, maximum load current, input voltage, installation space, operating temperature, cooling conditions, wiring specifications, and expected duty cycle. For OEM or customized industrial projects, providing detailed load information helps ensure the selected power supply matches the actual system requirements.
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